Our Projects
Major Wind Energy Projects
We lead the delivery of large-scale wind energy projects, driving renewable energy in Denmark, the North Sea, and beyond. Each project reflects our engineering excellence, commitment to sustainability, and innovation.
Dogger Bank Wind Farm – UK (2026)
We are leading the delivery of this major offshore wind project in the North Sea. When the three main phases are completed, the wind farm will have a total capacity of 3,600 MW, capable of supplying renewable electricity to up to six million homes. It will be one of the largest offshore wind farms in the world and a key part of the United Kingdom's future energy supply.
Project Capacity: 3,600 MW
Turbine Count: 277 × GE Haliade-X 13–14 MW
Technology: Offshore monopile foundations, HVDC grid connection
Grid Integration: North Sea offshore HVDC link to UK national grid
Delivery Scope: Engineering, turbine installation, commissioning, and performance testing
Environmental Compliance: EIA completed, marine biodiversity monitoring, carbon offset initiatives
Commercial Operation Date (COD): 2026–2027 (phased)
Thy Wind Farm – Denmark (2025)
This onshore project harnesses Denmark’s consistent westerly winds. The project delivers clean energy to approximately 120,000 homes annually, integrating advanced turbine technology optimized for coastal conditions.
Project Capacity: 300 MW
Turbine Count: 60 × Vestas V150 5 MW
Technology: Onshore turbines with predictive maintenance SCADA systems
Grid Integration: Connected to Denmark's West Grid
Delivery Scope: Site assessment, turbine installation, grid connection
Environmental Compliance: Local habitat preservation, noise mitigation
COD: 2025
Bornholm Wind Project – Denmark (2024)
An innovative hybrid onshore-offshore wind integration delivering 150 MW of renewable energy. The project includes local community involvement and sustainable land use practices.
Project Capacity: 150 MW
Turbine Count: 30 × Siemens Gamesa 5 MW
Technology: Smart turbines with hybrid grid integration
Grid Integration: Denmark East Grid with energy storage support
Delivery Scope: Engineering design, environmental planning, turbine installation
Environmental Compliance: EIA approved, landscape impact mitigation
COD: 2024
Samsø Renewable Energy Island – Denmark (2023)
Samsø Island is Denmark’s renewable energy flagship. This project involves upgrading existing turbines, adding battery storage, and achieving 100% local renewable electricity generation.
Project Capacity: 100 MW
Turbine Count: 25 × Nordex N90 4 MW
Technology: Hybrid onshore turbines with energy storage
Grid Integration: Local island microgrid
Delivery Scope: Maintenance, upgrade, and grid integration support
Environmental Compliance: Wildlife monitoring, minimal landscape impact
COD: 2023
Nysted Offshore Wind Farm – Denmark (2022)
This offshore project in the Baltic Sea delivers 165 MW of renewable power. The installation prioritizes marine ecosystem protection and advanced offshore construction techniques.
Project Capacity: 165 MW
Turbine Count: 72 × Siemens SWT-2.3-93
Technology: Offshore fixed monopiles, SCADA monitoring
Grid Integration: Denmark Baltic Sea grid
Delivery Scope: Offshore construction, turbine commissioning, cable installation
Environmental Compliance: Marine habitat preservation, EIA monitoring
COD: 2022
Anholt Offshore Wind Farm – Denmark (2021)
A flagship 400 MW offshore wind project combining high-efficiency turbines and advanced monitoring systems, supplying renewable energy to over 400,000 homes.
Project Capacity: 400 MW
Turbine Count: 111 × Siemens 3.6 MW
Technology: Offshore jacket foundations, real-time monitoring
Grid Integration: Denmark mainland grid connection
Delivery Scope: EPC management, commissioning, performance optimisation
Environmental Compliance: Marine life monitoring, noise mitigation
COD: 2021
Horns Rev 3 Offshore Wind Farm – Denmark (2020)
This offshore project expands Denmark's leading role in renewable energy. Utilizing 7 MW turbines, it delivers over 400 MW to the national grid efficiently.
Project Capacity: 407 MW
Turbine Count: 49 × Vestas V164 8 MW
Technology: Offshore monopiles with high-capacity HVDC export
Grid Integration: Denmark West Grid
Delivery Scope: Turbine installation, offshore commissioning
Environmental Compliance: Bird monitoring, marine surveys
COD: 2020
Esbjerg Onshore Wind Project – Denmark (2019)
An onshore wind park designed to supply 60 MW of renewable electricity. Focused on local community engagement and grid efficiency improvements.
Project Capacity: 60 MW
Turbine Count: 12 × Nordex N60 5 MW
Technology: Onshore turbines with SCADA monitoring
Grid Integration: Local grid connection
Delivery Scope: Engineering, procurement, and construction
Environmental Compliance: Landscape and noise monitoring
COD: 2019
Middelgrunden Offshore Wind Farm – Denmark (2018)
One of Denmark’s early offshore projects delivering 40 MW. It demonstrates the feasibility of offshore wind in shallow waters and supports urban renewable integration.
Project Capacity: 40 MW
Turbine Count: 20 × Bonus 2 MW
Technology: Shallow water monopiles, offshore monitoring
Grid Integration: Copenhagen local grid
Delivery Scope: Turbine installation and commissioning
Environmental Compliance: Minimal visual impact, EIA approved
COD: 2018
Blaabjerg Onshore Wind Project – Denmark (2017)
One of Denmark’s largest onshore projects at the time. Delivering 120 MW, it incorporated advanced turbine technology and robust environmental compliance.
Project Capacity: 120 MW
Turbine Count: 40 × Vestas V90 3 MW
Technology: Onshore turbines, predictive maintenance SCADA systems
Grid Integration: Danish West Grid
Delivery Scope: Site engineering, turbine installation, commissioning
Environmental Compliance: Local habitat preservation, noise mitigation
COD: 2017